Overview
In the M.S. in Quantum Science and Technology program, you will gain a strong foundation in quantum mechanics, quantum programming, and device physics that springboards you into cutting-edge careers across technology, finance, defense, and research. As a student in the program, you will learn to orchestrate quantum algorithms, model quantum hardware architectures, and explore applications in quantum optics, machine learning, and secure communication. Through hands-on experience in specialized lab environments like the NYU Nanofab, you will bridge theoretical quantum physics with practical, scalable technologies designed for real-world impact.
Prerequisites Applicants are expected to have a Bachelor’s degree in a STEM discipline (including physics, mathematics, chemistry, computer science, computer engineering, or electrical engineering) from an accredited institution. Incoming students should have introductory-level knowledge in:
- Mechanics
- Electricity and Magnetism
- Waves and Optics
- Proficiency in Vector Calculus, Linear Algebra, and Differential Equations
- Proficiency in Python Programming
Application Requirements
- Online application
- Official transcripts
- Resume / Curriculum Vitae
- Statement of Purpose
- 2 Letters of recommendation (Optional)
- English Language Proficiency Testing (where applicable)
- $90 Application fee
Find out more about Admission Requirements.
Tuition for the Fall, Spring and Summer semesters varies for NYU students based on their major or program, the school or college they are matriculated in, their admit term and the number of credit hours taken.
We are committed to keeping graduate studies affordable for all of our students. You'll have access to on-campus employment programs that include teaching and research assistantships, as well as financial aid, scholarships, grants, and loans.
Explore our Tuition, Financial Aid, and Scholarships page to learn more about these opportunities.
Prospective Students
For questions about the application process, application status, or to talk to an admissions counselor:
Office of Graduate Enrollment and Admissions
NYU Tandon School of Engineering
engineering.gradinfo@nyu.edu
646-997-3812
Accepted and Enrolled Students
For questions about the curriculum, courses, or academic advising:
Department of Applied Physics
NYU Tandon School of Engineering
333 Jay Street, Rogers Hall, Room 100
Brooklyn, NY 11201
applied.physics@nyu.edu
646-997-3550
For program leadership and advisement:
Professor John Di Bartolo
Applied Physics Department Chair; Industry Professor
john.dibartolo@nyu.edu
Professor Rupak Chatterjee
Industry Associate Professor
rupak.chatterjee@nyu.edu
180%
Increase in quantum-related job listings over the last 4 years
(McKinsey & Company Quantum Technology Monitor)
$181,000
Median Annual Quantum Computing Salary
(Glassdoor)
60% of Fortune 500
Expected to have a dedicated quantum computing strategy by 2025
(International Data Corporation / McKinsey Research)
Market Outlook
The NYC Advantage
NYU Tandon quantum students have a unique advantage: they are situated at the epicenter of New York City’s rapidly expanding quantum and technology ecosystem. Studying in NYC connects you directly to major commercial quantum initiatives, financial institutions developing quantum algorithms, and premier industry conferences like the NYU-hosted NYC Quantum Summit. You also gain physical access to state-of-the-art facilities like the NYU Nanofab — Brooklyn’s first academic cleanroom — and real-world infrastructure like NYU’s 10-mile quantum fiber testbed traversing the city. With NYC’s vibrant tech hub in your backyard, there is no better place to advance the future of quantum technology.
Learn more about NYU Tandon's impact on Quantum Sciences.
Curriculum
The Program may be completed on a full-time basis in one academic year (Fall, Spring, Summer), or within three years for students completing the program on a part-time basis. Incoming students are expected to have introductory-level knowledge in mechanics, electricity and magnetism, and waves and optics, as well as proficiency in vector calculus, linear algebra, differential equations, and python programming.
| Requirement Area | Credits |
|---|---|
| Core Courses | 18 |
| Lab | 3 |
| Electives | 9 |
| Total Credits | 30 |
What are Quantum Technologies?
Hear NYU Tandon Applied Physics Department Chair John Di Bartolo, Industry Associate Professor Rupak Chatterjee and NYU Tandon Alum & CEO of Qunnect Noel Goddard discuss the three types of quantum technologies, the advantages and challenges of quantum, and how engineering students can gain expertise for the quantum future.
Meet our Faculty
Meet John Di Bartolo
Providing students with hands-on experience in quantum programming
Student Research
Nanofabrication Cleanroom
Experiential Learning Center
Computer Engineering, M.S.
Computer Science, M.S.
Emerging Technologies, M.S.
The Master's in Quantum Science & Technology immerses students in an established, innovation-driven quantum ecosystem built around leading research centers in quantum information physics, quantum phenomena, and topological systems. Demonstrating its real-world impact, NYU achieved an industry milestone in 2023 by transmitting quantum information across 10 miles of standard commercial telecom fiber throughout New York City in partnership with quantum technology pioneer Qunnect, led by NYU Tandon alumna Noel Goddard.
To earn a Master of Science in Quantum Science and Technology, students must complete 30 credits (21 credits in required core courses/lab work and 9 credits in elective coursework) to qualify for graduation.
The M.S. in Quantum Science and Technology is offered on-campus and can be completed on a full-time basis or extended on a part-time basis to fit your schedule.
Full-time students can complete the 30-credit program in one academic year (Fall, Spring, Summer). Part-time students typically complete the program within 3 years.
Fall Semester
- December 1: M.S. priority consideration
- February 15: M.S. general consideration
(Note: The M.S. in Quantum Science and Technology program does not accept applications for the Spring semester.)
- Online application
- Official transcripts
- Resume / Curriculum Vitae
- Statement of purpose
- 2 Letters of recommendation (Optional for M.S.)
- English Language Proficiency Testing (where applicable)
- $90 Application fee
- Prerequisite coursework in mechanics, electricity & magnetism, waves & optics, vector calculus, linear algebra, differential equations, and Python programming
Students gain access to advanced prototyping facilities, specialized experimental spaces, and premier industry convenings across the quantum ecosystem:
- Advanced Labs & Cleanrooms: Conduct experimental research in the NYU Nanofab—a 2,500-square-foot cleanroom in Brooklyn serving as a regional prototyping hub for superconducting and semiconducting quantum hardware—alongside the dedicated Quantum Optics Laboratory and high-performance computing clusters.
- NYC Quantum Summit: Connect directly with global quantum leadership through NYU’s annual summit, which gathers pioneers from finance, government, and tech leaders such as Amazon, Cisco, and IBM to discuss commercialization and the future of quantum technology.
- NYC HAQ: Build practical solutions using current industry platforms through NYC HAQ, the city's first multi-institution quantum hackathon co-hosted by NYU, giving students hands-on opportunities to tackle complex challenges alongside corporate and research partners.
NYU Tandon is actively driving advances across quantum computing, quantum communications, and nanoscale hardware development. From pioneering quantum data transmission over commercial fiber networks beneath New York City to conducting cutting-edge device prototyping in the NYU Nanofab cleanroom, researchers and students are translating foundational quantum physics into scalable, real-world technologies.
Explore ongoing breakthroughs, faculty publications, and cross-sector industry partnerships on NYU Tandon’s Quantum Impact in the Field showcase.
The curriculum prepares graduates to design quantum computer architectures, program quantum devices, and build critical software interfaces across multiple sectors:
- Commercial & Technology Sectors: Global technology corporations, quantum hardware and software startups, financial institutions, pharmaceutical and biotech firms, aerospace contractors, and strategic management consultancies.
- Research & Public Agencies: National research laboratories, government and defense agencies, and advanced doctoral programs in physics, engineering, or computer science.
Students in the Master's in Quantum Science & Technology program receive dedicated career development support through the combined resources of the NYU Tandon Career Hub and the NYU Wasserman Center for Career Development.
Key services include:
- Tailored STEM Career Advising: Individualized career coaching, resume and portfolio clinics, technical interview preparation, and specialized workshops designed specifically for engineering and applied physics fields.
- Employer Engagement & Networking: Access to on-campus recruitment events, STEM career fairs, industry speaker series, and direct connections to corporate partners across finance, aerospace, and high-tech industries.
- Comprehensive Job Search Tools: Dedicated interview suites, job boards, alumni networking channels, and institutional tracking via the Wasserman Center’s graduate outcomes data.